Part Number: TMP64-Q1 Hi,
Good Day.
The customer is interested in using the TMP64-Q1 ±1% 47-kΩ Automotive Grade Linear Thermistor.
It is presented as a unipolar device, due to its silicon design.
His application might however require reversing the…
Part Number: TMP64-Q1 Other Parts Discussed in Thread: ADS112C04 , ADS122C04 , ADS112U04 , ADS122U04 , ADS1260 , ADS1263 , ADS1262 , ADS124S06 , ADS124S08 , ADS1220 , ADS1261 E2E,
The spec sheet for the TMP64-Q1 describes biasing the thermistor with a precision…
Part Number: TMP61-Q1 Other Parts Discussed in Thread: TMP63-Q1 , TMP64-Q1 Dear BU,
My customer used TMP61-Q1 and they want to know how to change the Rbias. Does it settle down by 10Kohm or could customer change to other value.
Part Number: TMP64-Q1 Other Parts Discussed in Thread: TMP63 Hi,
In the datasheet it is recommended to leave the top resistor at 47 kΩ, but it may make sense in some applications to do that anyway.
Could you provide the PW to change the value in…
Part Number: TMP61-Q1
Hello E2E Experts,
Good day.
I am using the TMP6131QDYATQ1 PTC Thermistor on a new design and the part's datasheet instructs the user to download the Thermistor Design Tool to obtain Steinhart-Hart parameters, look up tables, etc…
Part Number: TMP61-Q1 Other Parts Discussed in Thread: TMP61 , TMP63 , TMP64 Hi Team,
With using the TMP61-Q1, is there any way to improve the resolution especially in low temperature range? Thanks.
Regards,
Alex
Hi Kishore,
If you are talking abut Sensing current with shunt resistor, INA818, INA333 or other instrumentation amplifiers will meet the sensing application. If this is approach you want to take, I can send you a simulation for your reference. Please…
Part Number: TMP236-Q1 Other Parts Discussed in Thread: TMP235-Q1 , TMP235 , TMP236 , LM35 , TMP61 , TMP63 , TMP64 Dear TI team,
there is some contradictory information in the datasheet regarding the operation range of the sensor.
In the heading of datasheet…